Advanced ceramics quietly power breakthroughs in climate, energy, emissions, and next-generation devices.
When most people hear the word ceramics, they think of plates, mugs, or decorative tiles. When we at Corning think of ceramics, we see one of the most powerful material platforms shaping modern technology.
At Corning, our scientists and engineers have been advancing ceramic materials for more than 100 years. Over that time, ceramics have proven their value in environments where other materials fail.
Even after decades of progress, the full potential of ceramics is still unfolding.
The next wave of industrial innovation won’t depend entirely on new materials. It will depend on new ways of engineering, scaling, and applying materials Corning already understands deeply — and advanced ceramics are a prime example.
What makes ceramics powerful
A single capability does not define ceramics. Versatility does. Depending on composition, structure, and form factor, advanced ceramics can be:
· Thermally stable at extreme temperatures
· Chemically non-reactive and corrosion resistant
· Highly porous or fully dense
· Electrically insulating or ionically conductive
· Lightweight yet mechanically strong and durable
· Rigid or flexible at thin dimensions
· Engineered for surface reactions through tailored coatings
These attributes allow ceramics to act not just as materials but as technology platforms capable of being adapted, scaled, and reimagined across industries.
As industries face tighter emissions regulations, increasing energy demands, and more extreme operating conditions, the performance envelope required of materials is expanding. This is exactly where ceramics stand apart.
Proven impact in emissions control
One of the highest volume ceramic technologies is ceramic substrates and particulate filters for mobile emissions control. These ceramic-based products help reduce harmful emissions from vehicles worldwide and improve air quality for billions of people.
But mobile emissions control is only one chapter of the story.
Ceramic technologies have supported stationary industrial applications for nitrogen oxides (NOx) control for decades. With the advent of additional power needs for data centers, Corning can adapt these same technologies to help curb air pollution. The same ceramic platforms can also reduce volatile organic compound (VOC) emissions in environments such as printing operations, dry cleaners, paint shops, and plastic molding facilities.
Engineered ceramics enable cleaner air at scale.
From air pollution to climate action
Ceramics also play a critical role in addressing one of the world’s most pressing challenges: climate change.
By leveraging decades of materials science and manufacturing expertise, Corning is working to enable scalable carbon capture, utilization, and storage (CCUS) and carbon dioxide removal (CDR) technologies for direct air capture (DAC) and point source capture (PSC). These ceramic-based solutions are helping move climate innovation from lab‑scale concepts to industrial reality.
From a commercial technology perspective, scalability is key. Ceramics offer a pathway to deploy climate solutions at the volume and durability required for real-world adoption.
Same ceramic, different function
One of the most fascinating aspects of ceramics is how surface modification transforms function. Different coatings can enable ceramic surfaces to collect water, or repel it, speed up chemical reactions, capture specific molecules, or perform other targeted functions.
This modularity is a key strength of ceramics. Simply changing the coating can unlock an entirely new application.
New form factors for next-gen devices
Ceramics go beyond rigid blocks or honeycomb structures. With Corning® Ribbon Ceramics, advanced ceramic materials can be produced thin, flexible, and at scale. This opens the door to next-generation devices, including batteries, micro and power electronics, and sensors.
Where can ceramics go next?
After decades of innovation, the biggest opportunities for ceramics may still lie ahead. Corning Environmental Technologies sees significant potential for ceramics to play an expanded role in energy generation and storage, environmental improvement, lithium extraction, and beyond.
Many of the most impactful applications may emerge at the intersection of industries or from challenges not yet fully defined.
Ceramics are all around us, but their full potential is still unfolding. On this International Day of Ceramics, the question is not “what are ceramics used for today?“ but rather, “what could ceramics enable next?”
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Want to learn more about our capabilities or have an unmet challenge in your application that demands more from materials, contact us. Let’s explore together what ceramics can enable next!
